Supported Boards¶

BrainFlow Dummy Boards¶

Required inputs¶
Board	Board Id	ip_address	ip_port	other_info	file	preset	master_board
Playback Board	BoardIds.PLAYBACK_FILE_BOARD (-3)				path to file for playback	optional: preset of recorded file	board id of master device used to record file
Streaming Board	BoardIds.STREAMING_BOARD (-2)	multicast IP address	port	Board Id of master board		optional: preset in streamer	board id of master device
Synthetic Board	BoardIds.SYNTHETIC_BOARD (-1)

Playback File Board¶

This board playbacks file recorded using another BrainFlow board.

It allows you to test signal processing algorithms on real data without device.

To choose this board in BoardShim constructor please specify:

board_id: -3
master_board field of BrainFlowInputParams structure should contain board_id of device used to create playback file
preset of master board which was used to record a file. Default is BrainFlowPresets.DEFAULT_PRESET
file field of BrainFlowInputParams structure

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi

By default it generates new timestamps and stops at the end of the file. You can override it using commands:

board.config_board ('loopback_true')
board.config_board ('loopback_false')
board.config_board ('new_timestamps')
board.config_board ('old_timestamps')

In methods like:

get_eeg_channels (board_id)
get_emg_channels (board_id)
get_ecg_channels (board_id)
# .......

You need to use master board id instead Playback Board Id, because exact data format for playback board is controlled by master board as well as sampling rate.

Streaming Board¶

BrainFlow’s boards can stream data to different destinations like file, socket and so on. This board acts like a consumer for data streamed from the main process.

To use it in the first process you should call:

# choose any valid multicast address(from "224.0.0.0" to "239.255.255.255") and port
start_stream (450000, 'streaming_board://225.1.1.1:6677')

In the second process please specify:

board_id: -2
ip_address field of BrainFlowInputParams structure, for example above it’s 225.1.1.1
ip_port field of BrainFlowInputParams structure, for example above it’s 6677
master_board field of BrainFlowInputParams structure should contain board_id of device streaming the data
preset of master board. Default is BrainFlowPresets.DEFAULT_PRESET

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi
Android

In methods like:

get_eeg_channels (board_id)
get_emg_channels (board_id)
get_ecg_channels (board_id)
# .......

You need to use master board id instead Streaming Board Id, because exact data format for streaming board is controlled by master board as well as sampling rate.

If you have problems on Windows try to disable virtual box network adapter and firewall. More info can be found here.

Synthetic Board¶

This board generates synthetic data and you dont need real hardware to use it.

It can be extremely useful during development.

To choose this board in BoardShim constructor please specify:

board_id: -1
you dont need to set any fields in BrainFlowInputParams structure

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi
Android

OpenBCI¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	timeout
Cyton	BoardIds.CYTON_BOARD (0)	dongle serial port(COM3, /dev/ttyUSB0, /dev/cu.usbserial-xxxxxx…)
Ganglion	BoardIds.GANGLION_BOARD (1)	dongle serial port(COM3, /dev/ttyUSB0…)	Optional: Ganglion’s MAC address			Timeout for device discovery(default 15sec)
Cyton Daisy	BoardIds.CYTON_DAISY_BOARD (2)	dongle serial port(COM3, /dev/ttyUSB0, /dev/cu.usbserial-xxxxxx…)
Ganglion WIFI	BoardIds.GANGLION_WIFI_BOARD (4)			WIFI Shield IP(default 192.168.4.1)	any local port which is free	Timeout for HTTP response(default 10sec)
Cyton WIFI	BoardIds.CYTON_WIFI_BOARD (5)			WIFI Shield IP(default 192.168.4.1)	any local port which is free	Timeout for HTTP response(default 10sec)
Cyton Daisy WIFI	BoardIds.CYTON_DAISY_WIFI_BOARD (6)			WIFI Shield IP(default 192.168.4.1)	any local port which is free	Timeout for HTTP response(default 10sec)

Cyton¶

Cyton Getting Started Guide from OpenBCI

To choose this board in BoardShim constructor please specify:

board_id: 0
serial_port field of BrainFlowInputParams structure

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi

On MacOS there are two serial ports for each device: /dev/tty….. and /dev/cu….. You HAVE to specify /dev/cu…..

Also, on Unix-like systems you may need to configure permissions for serial port or run with sudo.

Ganglion¶

https://live.staticflickr.com/65535/48288408326_7f078cd2eb.jpg

Ganglion Getting Started Guide from OpenBCI

To use Ganglion board you need a dongle

Also, on Unix-like systems you may need to configure permissions for serial port or run with sudo.

To choose this board in BoardShim constructor please specify:

board_id: 1
serial_port field of BrainFlowInputParams structure
mac_address field of BrainFlowInputParams structure, if its empty BrainFlow will try to autodiscover Ganglion
optional: timeout field of BrainFlowInputParams structure, default is 15sec

To get Ganglion’s MAC address you can use:

Windows: Bluetooth LE Explorer App
Linux: hcitool command

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi

On MacOS there are two serial ports for each device: /dev/tty….. and /dev/cu….. You HAVE to specify /dev/cu…..

Cyton Daisy¶

https://live.staticflickr.com/65535/48288597712_7ba142797e.jpg

CytonDaisy Getting Started Guide from OpenBCI

To choose this board in BoardShim constructor please specify:

board_id: 2
serial_port field of BrainFlowInputParams structure

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi

On MacOS there are two serial ports for each device: /dev/tty….. and /dev/cu….. You HAVE to specify /dev/cu…..

Also, on Unix-like systems you may need to configure permissions for serial port or run with sudo.

Ganglion with WIFI Shield¶

https://live.staticflickr.com/65535/48836544227_05059fc450_b.jpg

WIFI Shield Getting Started Guide from OpenBCI

WIFI Shield Programming Guide from OpenBCI

To choose this board in BoardShim constructor please specify:

board_id: 4
ip_address field of BrainFlowInputParams structure should contain WiFi Shield Ip address(in direct mode its 192.168.4.1), if it’s empty BrainFlow will try to autodiscover WIFI Shield and in case of failure will try to use 192.168.4.1
ip_port field of BrainFlowInputParams structure should be any local port which is free right now
optional: timeout field of BrainFlowInputParams structure, default is 10sec

Supported platforms:

Windows >= 8.1
Linux
MacOS
Android

Cyton with WIFI Shield¶

https://live.staticflickr.com/65535/48836367066_a8c4b6d3be_b.jpg

WIFI shield Getting Started Guide from OpenBCI

WIFI shield Programming Guide from OpenBCI

To choose this board in BoardShim constructor please specify:

board_id: 5
ip_address field of BrainFlowInputParams structure should contain WiFi Shield Ip address(in direct mode its 192.168.4.1), if it’s empty BrainFlow will try to autodiscover WIFI Shield and in case of failure will try to use 192.168.4.1
ip_port field of BrainFlowInputParams structure should be any local port which is free right now
optional: timeout field of BrainFlowInputParams structure, default is 10sec

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi
Android

CytonDaisy with WIFI Shield¶

https://live.staticflickr.com/65535/48843419918_f11c90deb0_k.jpg

WIFI Shield Getting Started Guide from OpenBCI

WIFI Shield Programming Guide from OpenBCI

To choose this board in BoardShim constructor please specify:

board_id: 6
ip_address field of BrainFlowInputParams structure should contain WiFi Shield Ip address(in direct mode its 192.168.4.1), if it’s empty BrainFlow will try to autodiscover WIFI Shield and in case of failure will try to use 192.168.4.1
ip_port field of BrainFlowInputParams structure should be any local port which is free right now
optional: timeout field of BrainFlowInputParams structure, default is 10sec

Supported platforms:

Windows >= 8.1
Linux
MacOS
Devices like Raspberry Pi
Android

NeuroMD¶

Required inputs¶
Board	Board Id	serial_port	mac_address	other_info	timeout	serial_number
BrainBit	BoardIds.BRAINBIT_BOARD (7)				Timeout for device discovery(default 15sec)	Optional: Serial Number of BrainBit device
CallibriEEG	BoardIds.CALLIBRI_EEG_BOARD (9)			Optional: ExternalSwitchInputMioUSB (default is ExternalSwitchInputMioElectrodes)	Timeout for device discovery(default 15sec)
CallibriEMG	BoardIds.CALLIBRI_EMG_BOARD (10)			Optional: ExternalSwitchInputMioUSB (default is ExternalSwitchInputMioElectrodes)	Timeout for device discovery(default 15sec)
CallibriECG	BoardIds.CALLIBRI_ECG_BOARD (11)			Optional: ExternalSwitchInputMioUSB (default is ExternalSwitchInputMioElectrodes)	Timeout for device discovery(default 15sec)
BrainBitBLED	BoardIds.BRAINBIT_BLED_BOARD (18)	dongle serial port	Optional: MAC address

BrainBit¶

https://live.staticflickr.com/65535/49579371806_80b1bffae1.jpg

BrainBit website

To choose this board in BoardShim constructor please specify:

board_id: 7
optional: serial_number field of BrainFlowInputParams structure should contain Serial Number of BrainBit device, use it if you have multiple devices
optional: timeout field of BrainFlowInputParams structure, default is 15sec

Supported platforms:

Windows >= 10
MacOS

Available commands for config_board:

CommandStartSignal
CommandStopSignal
CommandStartResist
CommandStopResist

BrainBitBLED¶

This board allows you to use BLED112 dongle instead native API to work with BLE. Unlike original BrainBit libraries it works on Linux and devices like Raspberry Pi.

To choose this board in BoardShim constructor please specify:

board_id: 18
serial port field of BrainFlowInputParams structure
optional: MAC address for your BrainBit device

Supported platforms:

Windows
MacOS
Linux
Devices like Raspberry Pi

Callibri(Yellow)¶

https://live.staticflickr.com/65535/49906443867_315307d6fc_w.jpg

Callibri website

Callibri can be used to record EMG, ECG and EEG, but based on signal type you need to apply different settings for device.

BrainFlow does it for you, so there are:

CALLIBRI_EEG_BOARD (board_id 9)
CALLIBRI_EMG_BOARD (board_id 10)
CALLIBRI_ECG_BOARD (board_id 11)

To choose this board in BoardShim constructor please specify:

board_id: 9, 10 or 11 based on data type
optional: to use electrodes connected vis USB write “ExternalSwitchInputMioUSB” to other_info field of BrainFlowInputParams structure
optional: timeout field of BrainFlowInputParams structure, default is 15sec

Supported platforms:

Windows >= 10
MacOS

G.TEC¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
Unicorn	BoardIds.UNICORN_BOARD (8)								Optional: Serial Number of Unicorn device

Unicorn¶

https://live.staticflickr.com/65535/49740988577_c54162024d_h.jpg

Unicorn website

To choose this board in BoardShim constructor please specify:

board_id: 8
optional: serial_number field of BrainFlowInputParams structure should contain Serial Number of BrainBit device, use it if you have multiple devices

Supported platforms:

Ubuntu 18.04, may work on other Linux OSes, it depends on dynamic library provided by Unicorn
Windows
May also work on Raspberry PI, if you replace libunicorn.so by library provided by Unicorn for Raspberry PI

Steps to Setup:

Connect the dongle
Make sure that you paired Unicorn device with PC using provided dongle instead built-in Bluetooth

Neurosity¶

Required inputs¶
Board	Board Id	serial_number
Notion 1	BoardIds.NOTION_1_BOARD (13)	Optional: serial number
Notion 2	BoardIds.NOTION_2_BOARD (14)	Optional: serial number
Crown	BoardIds.CROWN_BOARD (23)	Optional: serial number

Notion 1¶

https://live.staticflickr.com/65535/51302873810_715f51b408.jpg

Neurosity website

Link to Neurosity Tutorial

To choose this board in BoardShim constructor please specify:

board_id: 13
optional: Serial Number field of BrainFlowInputParams structure, important if you have multiple devices in the same place

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

Note: On Windows you may need to disable firewall to allow broadcast messages.

Notion 2¶

https://live.staticflickr.com/65535/51302045358_b375380804.jpg

Neurosity website

Link to Neurosity Tutorial

To choose this board in BoardShim constructor please specify:

board_id: 23
optional: Serial Number field of BrainFlowInputParams structure, important if you have multiple devices in the same place

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

Note: On Windows you may need to disable firewall to allow broadcast messages.

Crown¶

https://live.staticflickr.com/65535/51301110182_9d05de3948.jpg

Neurosity website

Link to Neurosity Tutorial

To choose this board in BoardShim constructor please specify:

board_id: 23
optional: Serial Number field of BrainFlowInputParams structure, important if you have multiple devices in the same place

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

Note: On Windows you may need to disable firewall to allow broadcast messages.

OYMotion¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
GforcePro	BoardIds.GFORCE_PRO_BOARD (16)
GforceDual	BoardIds.GFORCE_DUAL_BOARD (19)

gForcePro ArmBand¶

https://live.staticflickr.com/65535/50760349443_368326974c_o.jpg

OYMotion website

To choose this board in BoardShim constructor please specify:

board_id: 16

Supported platforms:

Windows

Note: Unlike other boards it returns ADC values instead uV.

gForceDual ArmBand¶

OYMotion website

To choose this board in BoardShim constructor please specify:

board_id: 19

Supported platforms:

Windows

Note: Unlike other boards it returns ADC values instead uV.

FreeEEG32¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
FreeEEG32	BoardIds.FREEEEG32_BOARD (17)	dongle serial port

FreeEEG32¶

https://live.staticflickr.com/65535/50587672267_2f23300f5e_c.jpg

CrowdSupply

To choose this board in BoardShim constructor please specify:

board_id: 17
serial_port field of BrainFlowInputParams structure

On Unix-like systems you may need to configure permissions for serial port or run with sudo.

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

Muse¶

Required inputs¶
Board	Board Id	serial_port	mac_address	serial_number
MuseSBLED	BoardIds.MUSE_S_BLED_BOARD (21)	dongle serial port		Optional: device name
Muse2BLED	BoardIds.MUSE_2_BLED_BOARD (22)	dongle serial port		Optional: device name
Muse2016BLED	BoardIds.MUSE_2016_BLED_BOARD (42)	dongle serial port		Optional: device name
Muse2	BoardIds.MUSE_2_BOARD (38)		Optional: MAC adress	Optional: device name
MuseS	BoardIds.MUSE_S_BOARD (39)		Optional: MAC adress	Optional: device name
Muse2016	BoardIds.MUSE_2016_BOARD (41)		Optional: MAC adress	Optional: device name

Muse S BLED¶

https://live.staticflickr.com/65535/51249005962_026502fee0.jpg

Muse Website

To use this board you need to get BLED112 dongle.

Also, on Unix-like systems you may need to configure permissions for serial port or run with sudo.

To choose this board in BoardShim constructor please specify:

board_id: 21
serial port field of BrainFlowInputParams structure
optional: serial number(device name)

Supported platforms:

Windows
MacOS
Linux
Devices like Raspberry Pi

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data, to enable 5th EEG channel use board.config_board("p50")
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data, enabled by default
BrainFlowPresets.ANCILLARY_PRESET contains PPG data, to enable it use board.config_board("p61")

Muse 2 BLED¶

https://live.staticflickr.com/65535/51250482419_32ce8454dd.jpg

Muse Website

To use this board you need to get BLED112 dongle.

Also, on Unix-like systems you may need to configure permissions for serial port or run with sudo.

To choose this board in BoardShim constructor please specify:

board_id: 22
serial port field of BrainFlowInputParams structure
optional: serial number(device name)

Supported platforms:

Windows
MacOS
Linux
Devices like Raspberry Pi

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data, to enable 5th EEG channel use board.config_board("p50")
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data, enabled by default
BrainFlowPresets.ANCILLARY_PRESET contains PPG data, to enable it use board.config_board("p50"). It also enables 5th channel for EEG

Muse 2016 BLED¶

https://live.staticflickr.com/65535/51854219574_24c42b30d9_w.jpg

Muse Website

To use this board you need to get BLED112 dongle.

Also, on Unix-like systems you may need to configure permissions for serial port or run with sudo.

To choose this board in BoardShim constructor please specify:

board_id: 42
serial port field of BrainFlowInputParams structure
optional: serial number(device name)

Supported platforms:

Windows
MacOS
Linux
Devices like Raspberry Pi

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data, enabled by default

Muse S¶

Muse Website

On Linux systems you may need to install libdbus and we recommend to compile BrainFlow from the source code:

sudo apt-get install libdbus-1-dev # for ubuntu
sudo yum install dbus-devel # for centos
python3 tools/build.py --ble # to compile

To choose this board in BoardShim constructor please specify:

board_id: 39
optional: MAC address
optional: serial number(device name)

Supported platforms:

Windows 10.0.19041.0+
MacOS 10.15+, 12.0 to 12.2 have known issues while scanning, you need to update to 12.3+
Linux, compilation from source code probably will be needed
Devices like Raspberry Pi

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data, to enable 5th EEG channel use board.config_board("p50")
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data, enabled by default
BrainFlowPresets.ANCILLARY_PRESET contains PPG data, to enable it use board.config_board("p61")

Muse 2¶

Muse Website

On Linux systems you may need to install libdbus and we recommend to compile BrainFlow from the source code:

sudo apt-get install libdbus-1-dev # for ubuntu
sudo yum install dbus-devel # for centos
python3 tools/build.py --ble # to compile

To choose this board in BoardShim constructor please specify:

board_id: 38
optional: MAC address
optional: serial number(device name)

Supported platforms:

Windows 10.0.19041.0+
MacOS 10.15+, 12.0 to 12.2 have known issues while scanning, you need to update to 12.3+
Linux, compilation from source code probably will be needed
Devices like Raspberry Pi

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data, to enable 5th EEG channel use board.config_board("p50")
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data, enabled by default
BrainFlowPresets.ANCILLARY_PRESET contains PPG data, to enable it use board.config_board("p50"). It also enables 5th channel for EEG

Muse 2016¶

Muse Website

On Linux systems you may need to install libdbus and we recommend to compile BrainFlow from the source code:

sudo apt-get install libdbus-1-dev # for ubuntu
sudo yum install dbus-devel # for centos
python3 tools/build.py --ble # to compile

To choose this board in BoardShim constructor please specify:

board_id: 41
optional: MAC address
optional: serial number(device name)

Supported platforms:

Windows 10.0.19041.0+
MacOS 10.15+, 12.0 to 12.2 have known issues while scanning, you need to update to 12.3+
Linux, compilation from source code probably will be needed
Devices like Raspberry Pi

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data, enabled by default

Ant Neuro¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
AntNeuroBoardEE410	BoardIds.ANT_NEURO_EE_410_BOARD (24)
AntNeuroBoardEE411	BoardIds.ANT_NEURO_EE_411_BOARD (25)
AntNeuroBoardEE430	BoardIds.ANT_NEURO_EE_430_BOARD (26)
AntNeuroBoardEE211	BoardIds.ANT_NEURO_EE_211_BOARD (27)
AntNeuroBoardEE212	BoardIds.ANT_NEURO_EE_212_BOARD (28)
AntNeuroBoardEE213	BoardIds.ANT_NEURO_EE_213_BOARD (29)
AntNeuroBoardEE214	BoardIds.ANT_NEURO_EE_214_BOARD (30)
AntNeuroBoardEE215	BoardIds.ANT_NEURO_EE_215_BOARD (31)
AntNeuroBoardEE221	BoardIds.ANT_NEURO_EE_221_BOARD (32)
AntNeuroBoardEE222	BoardIds.ANT_NEURO_EE_222_BOARD (33)
AntNeuroBoardEE223	BoardIds.ANT_NEURO_EE_223_BOARD (34)
AntNeuroBoardEE224	BoardIds.ANT_NEURO_EE_224_BOARD (35)
AntNeuroBoardEE225	BoardIds.ANT_NEURO_EE_225_BOARD (36)

https://live.staticflickr.com/65535/51331462280_580d890535.jpg

Ant Website

Ant Neuro has many devices and all of them are supported by BrainFlow:

ANT_NEURO_EE_410_BOARD (board id 24)
ANT_NEURO_EE_411_BOARD (board id 25)
ANT_NEURO_EE_430_BOARD (board id 26)
ANT_NEURO_EE_211_BOARD (board id 27)
ANT_NEURO_EE_212_BOARD (board id 28)
ANT_NEURO_EE_213_BOARD (board id 29)
ANT_NEURO_EE_214_BOARD (board id 30)
ANT_NEURO_EE_215_BOARD (board id 31)
ANT_NEURO_EE_221_BOARD (board id 32)
ANT_NEURO_EE_222_BOARD (board id 33)
ANT_NEURO_EE_223_BOARD (board id 34)
ANT_NEURO_EE_224_BOARD (board id 35)
ANT_NEURO_EE_225_BOARD (board id 36)

Supported platforms:

Windows
Linux

Available commands:

Set sampling rate: board.config_board("sampling_rate:500"), for available values check docs from Ant Neuro.

For more information about Ant Neuro boards please refer to their User Manual.

Enophone¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
Enophone	BoardIds.ENOPHONE_BOARD (37)		MAC adress

Enophone Headphones¶

https://live.staticflickr.com/65535/51374388843_f60c07991e.jpg

Enophone website

To choose this board in BoardShim constructor please specify:

board_id: 37
mac address field of BrainFlowInputParams structure

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

Steps to find MAC address:

On Windows: open device manager, navigate to enophone device, click properties and select Bluetooth Address
On Linux: install bluez-utils and run bluetoothctl paired-devices
On MacOS: run system_profiler SPBluetoothDataType

On Linux in order to compile and use it you may need to install :code:`libbluetooth-dev` for Debian like systems and :code:`bluez-libs-devel` for Fedora like.

BrainAlive¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
BrainAlive	BoardIds.BrainAlive_BOARD (40)		Optional: MAC adress						Optional: device name

BrainAlive Device¶

https://live.staticflickr.com/65535/51752250946_7915ca2e2b.jpg

BrainAlive Website

On Linux systems you may need to install libdbus and we recommend to compile BrainFlow from the source code:

sudo apt-get install libdbus-1-dev # for ubuntu
sudo yum install dbus-devel # for centos
python3 tools/build.py --ble # to compile

To choose this board in BoardShim constructor please specify:

board_id: 40
optional: MAC address
optional: serial number(device name)

Supported platforms:

Windows 10.0.19041.0+
MacOS 10.15+
Linux, compilation from source code probably will be needed
Devices like Raspberry Pi

Mentalab¶

Required inputs¶
Board	Board Id	serial_port	mac_address	ip_address	ip_port	ip_protocol	other_info	timeout	serial_number	file	preset	master_board
Explore4Channels	BoardIds.EXPLORE_4_CHAN_BOARD (44)		Optional: MAC adress
Explore8Channels	BoardIds.EXPLORE_8_CHAN_BOARD (45)		Optional: MAC adress

Explore 4 Channels Board¶

https://live.staticflickr.com/65535/52349031632_51bc8ea56c.jpg"

Mentalab website

To choose this board in BoardShim constructor please specify:

board_id: 44
Optional: mac address field of BrainFlowInputParams structure

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

On Linux in order to compile and use it you may need to install :code:`libbluetooth-dev` for Debian like systems and :code:`bluez-libs-devel` for Fedora like.

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data
BrainFlowPresets.ANCILLARY_PRESET contains battery and temperature data

Steps to find MAC address:

On Windows: open device manager, navigate to explore device, click properties and select Bluetooth Address
On Linux: install bluez-utils and run bluetoothctl paired-devices
On MacOS: run system_profiler SPBluetoothDataType

Steps to connect:

Enable device and Pair it with your laptop using bluetooth settings
Ensure that blue LED is blinking before calling board.prepare_session()
If you see green LED probably you need to reboot a devce

Explore 8 Channels Board¶

Mentalab website

To choose this board in BoardShim constructor please specify:

board_id: 44
Optional: mac address field of BrainFlowInputParams structure

Supported platforms:

Windows
Linux
MacOS
Devices like Raspberry Pi

On Linux in order to compile and use it you may need to install :code:`libbluetooth-dev` for Debian like systems and :code:`bluez-libs-devel` for Fedora like.

Available BrainFlow Presets:

BrainFlowPresets.DEFAULT_PRESET contains EEG data
BrainFlowPresets.AUXILIARY_PRESET contains Gyro and Accel data
BrainFlowPresets.ANCILLARY_PRESET contains battery and temperature data

Steps to find MAC address:

On Windows: open device manager, navigate to explore device, click properties and select Bluetooth Address
On Linux: install bluez-utils and run bluetoothctl paired-devices
On MacOS: run system_profiler SPBluetoothDataType

Steps to connect:

Enable device and Pair it with your laptop using bluetooth settings
Ensure that blue LED is blinking before calling board.prepare_session()
If you see green LED probably you need to reboot a devce